Observation of emergent superconductivity in magic angle bilayer graphene led experimentalists to test 3,4 and 5 multilayer stacked graphene sheets twisted alternatively at \(\pm \)  magic angle. Tri-layer [1]} onwards [2]}, these systems exhibit flatbands corresponding to Carrollian modes, as well as a set of decoupled Dirac fermions Signifying both the signatures of Lorentzian as well as Carrollian physics, decoupled at different energy scales. and show robust superconductivity [3]}, [4]}. This gives rise to an ever stronger conviction regarding the positive role of flatbands behind robust superconductivity. It is important to note that, although rare in mesoscopic scale physics, flatbands have been observed even in a few systems apart from graphene. What sets graphene apart is the absence of robust emergent superconductivity in these systems, where notably the pristine phenomena of flattening of Dirac cones is absent too.
